Vision

• To guide the students in developing social awareness and being role model in the society.
• To produce employable graduates by imparting industrial and managerial skills.

Mission

• To provide value education and motivate young professionals in building cognitive characteristics.
• To evoke creative expression and cultivate the minds of budding engineers with recent trends in technology.

Program Outcomes

• Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
• Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
• Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
• Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
• Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
• The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
• Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
• Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
• Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
• Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
• Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
• Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

PROGRAM EDUCATIONAL OBJECTIVES

Bachelor of Instrumentation and Control Engineering curriculum is designed to prepare the graduates toacquire knowledge, skills and attitudes in order to:

• Succeed in their professional career and develop innovative products
• Intrigue in the life- long learning to get flourished with the upcoming state of art technologies.
• Demonstrate leadership capability and social responsibility

Programme Specific Outcomes

• Exhibit the fundamental concepts of measurement and control to varied measurement systems, industrial processes and configuring industrial automation system.
• Select and apply cutting-edge technologies and adapt towards the changing interdisciplinary technologies to endow with a achievable solution.
• Understand and analyze control problem for the interdisciplinary applications and provide suitable state of art solutions.

Student Achievements

S.NO	NAME/NO OF STUDENT	NAME OF THE COLLEGE	NATURE OF THE EVENT	DATE	PRIZE
1	4	Green micro Electronics,Coimbatore	Internship	20.7.23-5.8.23
2	2	Roots Industries India private limited,Roots Metralogy and testing laboratory,Chennai	Internship	19.7.23-19.8.23
3	4	ECI Systems	Internship	05.4.23-06.5.23
4	49	Kerala Electrical and Allied Engineering Company Limited	Industrial visit	19.10.23
5	49	Sea blue Ship yard limited,cochin	Industrial visit	18.10.23
6	56	INSTRUTEC’23	Department Association Function	17.10.23
7	8	IPCS Automation	Internship	25.5.23-29.5.23
8	8	IPCS Automation	Internship	27.3.23-31.3.23
9	8	Novi Tech R&D Pvt Ltd	Internship	20.2.23-25.2.23
10	8	Novi Tech R&D Pvt Ltd	Internship	13.2.23-18.2.23
11	8	Novi Tech R&D Pvt Ltd	Internship	6.2.23-10.2.23
12	4	Jai Shriram Engineering College	Paper Presentation(Second Place)	28.9.2022
13	24	A2F Technology,Chennai	Workshop	27.5.2022
14	Aswath G-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
15	Noel Ronish S-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
16	Nandha kumar N-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
17	Logeshwari K-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
18	Jeganathan B-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
19	Jeevan K-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
20	Gugan bharath M-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
21	Gopu K-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
22	Elango A S-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
23	Adtil hatim S-III ICE	Tamilnadu College of Engineering	Conference	6.9.22
24	Naveen kumar S-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
25	Noel Ronish S-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
26	Mohamed suhail narshif-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
27	Nandha kumar N-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
28	Logeshwari K-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
29	Jeganathan B-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
30	Gugan bharath M-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
31	Elango A S-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
32	Adtil hatim S-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
33	Aswath G-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
34	Jeevan K-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
35	Gopu K-III ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
36	Mani bharathi R-IV ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
37	Pravin kumar R-IV ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
38	Kabilan K-IV ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
39	Seenu N-IV ICE	Tamilnadu College of Engineering	Workshop	16.8.22-17.8.22
40	9	Prolific systems &Technologies (P) Ltd.	Internship	20.6.22-24.6.22
41	Nivedh mohan-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
42	Aiswarya S S-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
43	Varghese K Johney-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
44	Satheesh kumar M-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
45	Poovendhan S-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
46	Mugilvannan V-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
47	John Thomas Sahar J-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
48	Guru prasath P-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
49	Balaji.S-IV ICE	Tamilnadu College of Engineering	Conference	17.5.22
50	Aswath G-II ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
51	Jeevan K-II ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
52	Gopu K-II ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
53	Nivedh mohan-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
54	Mani bharathi R-III ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
55	Pravin kumar R-III ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
56	Kabilan K-III ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
57	Aiswarya S S-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
58	Varghese K Johney-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
59	Satheesh kumar M-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
60	Poovendhan S-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
61	Mugilvannan V-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
62	John Thomas Sahar J-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
63	Guru prasath P-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
64	Balaji S-IV ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
65	Seenu N-III ICE	Tamilnadu College of Engineering	Workshop	19.4.22-20.4.22
66	4	Axis Global Automation	Internship	14.3.22-18.3.22
67	7	IPCS automation	Internship	7.3.22-11.3.22
68	5	Prolific systems &Technologies (P) Ltd.	Internship	16.11.20-20.11.20
69	Nivedh mohan-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
70	Mani bharathi R-II ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
71	Pravin kumar R-II ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
72	Kabilan K-II ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
73	Aiswarya S S-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
74	Varghese K Johney-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
75	Satheesh kumar M-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
76	Poovendhan S-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
77	Mugilvannan V-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
78	John Thomas Sahar J-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
79	Guru prasath P-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
80	Balaji S-III ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
81	Seenu N-II ICE	Tamilnadu College of Engineering	Workshop	16.9.20-17.9.20
82	4	Novi Tech R&D Pvt Ltd	Internship	10.8.20-14.8.20
83	4	Axis Global Automation	Internship	3.8.20-7.8.20
84	Muhilan B	Karpagam College of Engineering	Workshop	27th Sep 2017	Participation
85	Muhilan B	Karpagam College of Engineering	Workshop	23rd Sep 2017	Participation
86	T.Balaji	Nehru College of Aeronautics & Applied Science	Group song	22nd Sep 2017	Participation
87	Surendran	Nehru College of Aeronautics & Applied Science	Group song	22nd Sep 2017	Participation
88	Sarath Joshy	Nehru College of Aeronautics & Applied Science	Instrumental Music	22nd Sep 2017	Second & Rs.750 cash prize
89	M.Seenuvasan	Kumaraguru College of Technology	Workshop	2nd Sep 2017	Participation
90	Beautlin E	Kumaraguru College of Technology	Workshop	2nd Sep 2017	Participation
91	Akhil S Nair	Info Institute of Engineering	Workshop	1st August 2017	Participation
92	Venkatesh G	Info Institute of Engineering	Workshop	1st August 2017	Participation
93	Chukkaran R	Info Institute of Engineering	Workshop	1st August 2017	Participation
94	Krishnakumar C	Info Institute of Engineering	Workshop	1st August 2017	Participation
95	Dharmadurai G	Info Institute of Engineering	Workshop	1st August 2017	Participation
96	Rajasekaran P	Info Institute of Engineering	Workshop	1st August 2017	Participation
97	Arulmanikan R	Info Institute of Engineering	Workshop	1st August 2017	Participation
98	Andiyappan AL	Info Institute of Engineering	Workshop	1st August 2017	Participation
99	Prabhakaran T	Info Institute of Engineering	Workshop	1st August 2017	Participation
100	Beautlin E	Info Institute of Engineering	Workshop	1st August 2017	Participation
101	Rajesh R	Info Institute of Engineering	Workshop	1st August 2017	Participation
102	M.Seenuvasan	Info Institute of Engineering	Workshop	1st August 2017	Participation
103	Andiyappan	Coimbatore Institute of Technology	Workshop	18th Aug 2017	Participation
104	Akhil S Nair	Coimbatore Institute of Technology	Workshop	18th Aug 2017	Participation
105	Prabakaran	Coimbatore Institute of Technology	Workshop	18th Aug 2017	participation
106	Beautlin E	Coimbatore Institute of Technology	Workshop	18th Aug 2017	Participation
107	C.Krishna Kumar	Coimbatore Institute of Technology	Workshop	18th Aug 2017	Participatio
108	Muhilan	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
109	Thamjeed Maqbool	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
110	Rajasekaran	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
111	Mugesh.M.T	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
112	Dharaniram.T.S.	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
113	Aravinth	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
114	Diljin C James	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
115	Arun Kumar B	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
116	Kishor	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
117	Vishnu Prasad	Entrepreneurship Workshop, TCE	Workshop	8th Aug to 10th Aug 2017	Participation
118	Balaji.T	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
119	Aravindh.N	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
120	Surendran.G	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
121	Sakthivel.S	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
122	Rajarajeshwaran.R	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
123	Muruga Pandi B	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
124	Mugesh.M.T	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
125	Makeshwaran .L	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
126	Kaniya Surya .S	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
127	Kaleel Rahman.S	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
128	Gokulnath M	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
129	Dharaniram.T.S.	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
130	Arun Kumar.P	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
131	Ajith Kumar.M	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
132	Ajith .A	IPCS Automation Coimbatore	Workshop	8th Jul 2017	Participation
133	Rinoy John	Saintgits College Of Engineering	Short Film	25th Feb 2017	Participation
134	Sarath Joshy	Saintgits College Of Engineering	Short Film	25th Feb 2017	Participation
135	Eldhose K Varghese	Adi Shankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
136	Pranav K P	Adi Shankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
137	Jenry Jacob	Adi Shankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
138	Anto Jose	Adi Shankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
139	Maneesh V Thomas	Adi Shankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
140	Diljin C James	Adi Shankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
141	Alex Babu	Adi Shankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
142	Basil T	AdiShankara Institute Of Engineering & Technology	Short Film	25th Feb 2017	Participation
143	D.Priyatharshini	Sns College Of Technology	Symposium	3rd & 4th Feb 2017	Participation
144	Aravindhan	Sns College Of Technology	Symposium	3rd & 4th Feb 2017	Participation
145	Rinoy John	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
146	Sarath Joshy	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
147	Eldhose K Varghese	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
148	Pranav K P	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
149	Jenry Jacob	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
150	Anto Jose	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
151	Maneesh V Thomas	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
152	Diljin C James	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
153	Alex Babu	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
154	Basil T	Saintgits College Of Engineering	Short Film	17th & 18th Feb 2017	Participation
155	Manoj R	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
156	Gokul R	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
157	Arun Kumar U L	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
158	Vishnukumar S	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
159	Mathivanan R	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
160	Sneha R	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
161	Jeya Murugan	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
162	Diljin C James	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
163	Sudhan R	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
164	Mohamed Thasleem M	Tamilnadu College Of Engg	Entrepreneurship Awareness Camp	03rd Aug16-25th Aug16	Participation
165	Udhaya Kumar S	Kumaraguru College Of Technology	Workshop On Vlab&Vtu Lab	19th Aug16	Participation
166	Ashik Rahman M	Kumaraguru College Of Technology	Workshop On Vlab&Vtu Lab	19th Aug16	Participation
167	Noorul Bahrudeen R	Kumaraguru College Of Technology	Workshop On Vlab&Vtu Lab	19th Aug16	Participation
168	Priyatharseni D	Kumaraguru College Of Technology	Workshop On Vlab&Vtu Lab	19th Aug16	Participation
Hindusthan Institute Of Technology	Symposium-Paper Presentation,Technical Quiz	31st Aug 16
169	Sneha R	Kumaraguru College Of Technology	Workshop On Vlab&Vtu Lab	19th Aug16	Participation
Hindusthan Institute Of Technology	Symposium-Paper Presentation, Technical Quiz	31st Aug 16

MINI PROJECT TRAINING PROGRAM

SL.NO	NAME OF THE PROGRAM	TRAINER
1.	One day mini-project training for domestic applications circuits on 01.10.2019( ICE STUDENTS)	Mr.Prasanth Krishnan, Managing Director, BE CORE ACADAMEY,Coimbatore

Sports Achievements

S.NO	STUDENT NAME	EVENT & PROGRAM NAME	ORGANISER	DATE/ DURATION	PARTICIAPTION / PRIZE AWARD
1	Ramkumar.M	Best Physique	KumaraguruCollege Of Technology	12th Aug-15th Aug 2016	2nd Prize
2	S.Vishnu	Karunya Trophy(Basket Ball)	Karunya University	21.9.16- 22.9.16	Particiaption
		Zonal Match	KPRIET	17.9.16-18.9.16	4th Place
		KCT Trophy	KCT	12.08.16-13.08.16	Particaption
3	G.Sella Kumar	Karunya Trophy(Basket Ball)	Karunya University	21.9.16- 22.9.16	Particiaption
		Zonal Match	KPRIET	17.9.16-18.9.16	4th Place
		KCT Trophy	KCT	12.08.16-13.08.16	Particaption
4	M.Mohammed Thasleem	Karunya Trophy(Basket Ball)	Karunya University	21.9.16- 22.9.16	Particiaption
		Zonal Match	KPRIET	17.9.16-18.9.16	4th Place
		KCT Trophy	KCT	12.08.16-13.08.16	Particaption
5	M..Mohamed Thasleem	Basket Ball	Cent Ties	5th March 2017	articipation
6	G.Sellakumar	Basket Ball	Cent Ties	5th March 2017	articipation
7	S.Vishnu Kumar	Basket Ball	Cent Ties	5th March 2017	articipation
8	M.Udhaya Kumar	Handball	Cent Ties	15th To 16th Feb 2017	Participation
9	S.Uthaya Kumar	Volleyball	Cent Ties	23rd Feb 2017	Participation
10	Raj R	Handball	Cent Ties	15th To 16th Feb 2017	Participation
11	Ajith Kumar M	Handball	Cent Ties	15th To 16th Feb 2017	Participation
12	Logesh K	Handball	Cent Ties	15th To 16th Feb 2017	Participation
13	S.Vishnu Kumar	Cricket	TCE Cricket Trophy	28th Feb & 1st March 2017	Third Place
14	Pachaimuthu	Cricket	TCE Cricket Trophy	28th Feb & 1st March 2017	Third Place
15	S.Vishnu Kumar	Cricket	Park Trophy	9th March 2017	Participation
16	Pachaimuthu	Cricket	Park Trophy	9th March 2017	Participation
17	Kaviarasan	Kabaddi	Centies	Feb 2017	Participation
18	Balaji	Badminton	Centies, KCT	12th Feb 2017	Participation
19	M.Ramkumar	Best Physique – 70 Kg	Kumaraguru College of Technology	16th Aug to 18th Aug 2017 / 3 days	II place
20	M.Ramkumar	Body building championship	Tirupur district body builders welfare society	30th July 2017 / 1 day	VII place
21	M.Ramkumar	Best Physique – 70 Kg	Parisutham Institute of Technology & Science	September 2017 / 1 day	I place
22	M.Ramkumar	Body building championship ( Mens physique above 5’4”)	Hardcore Fitness & Chennai District Body building championship	21st & 22nd October2017 / 2 days	IX place
23	M.Ramkumar	Body building championship – 70 Kg	Hardcore Fitness & Chennai District Body building championship	21st & 22nd October2017 / 2 days	VIII place
24	M.Mohammed Thasleem	Basketball	Srisakthi College of Engineering & Technology	7th & 8th August 2017 / 2 days	Participation
25	G.Sellakumar	Basketball	Srisakthi College of Engineering & Technology	7th & 8th August 2017 / 2 days	Participation
26	B.Rajkamal	Basketball	Srisakthi College of Engineering & Technology	7th & 8th August 2017 / 2 days	Participation
27	R.Sneha	Ball Badminton – KPR trophy	KPR Institute of Engineering & Technology	4th August 2017 / 1 day	Participation
28	P.Rajasekaran	Volleyball – KCT Trophy	Kumaraguru College of Technology	16th & 17th August	Participation

FACULTY MEMBER’S AWARDS

Faculty Name	Awards
Dr. G. Saravana Kumar	Life Member of Indian society of technical education – LM38737
	Life Member of Instrumentation society of India
	Life Member of System society of India – LM27032
	Life Member of International Association of Engineers (IAENG)
	Member in IEEE (USA) – 91099518
Dr. G. Saravana Kumar	Life Member of Indian society of technical education – LM38737
Mrs. R. Gokila	Centum Results Award for “Professional Ethics”
Mr. D. Yuvraj	Centum Results Award for “Instrumentation & System Design”
Mrs. A. Manjula	Centum Results Award for “Logic & Distributed Control Systems”

LABORATORY FACILITIES

PROCESS CONTROL AND TRANSDUCER LABORATORY

This lab is fully furnised with the Process control and transducer Equipments. In Process control Equipments has computerized process stations for level, pressure, flow and temperature, Advanced Cascade Control Loop with Smart Transmitter, PLCs with application trainers and various transducer modules.

An advanced sensors transducer modules by which the students can learn the principle and measurement techniques several parameters like temperature, wind, light intensity, Ph, conductivity and many more. All equipments are established with industrial standards which will help the students to adopt themselves in the industrial environment in future. Also, it paves a way for students to develop their thirst in the field of Research and Development.

Process Control Equipments-	32, 63, 095.50/-
Transducer Lab Equipments-	3, 04, 138.00/-
Area:	127 square meter
Usages of lab:	III ICE/PROCESS CONTROL AND INSTRUMENTATION LABORATORY

INDUSTRIAL INSTRUMENTATION & MEASUREMENTS LABORATORY

This laboratory has industrial instrumentation equipments to measure the flow – venture meter and orifice plate. The Bridge circuit trainer kit is available to analyse the measure parameter. The ECG trainer kit is available to measure the heart pulse rate and oscilloscopes to learn minute variations.

Laboratory Cost:-	14, 22, 511.00/-
Area:	105 square meter
Usages of lab:	III ICE/PROCESS CONTROL AND INSTRUMENTATION LABORATORY/IV ICE/INSTRUMENTATION SYSTEM DESIGN LABORATORY

ADVANCED CONTROL SYSTEM LABORATORY

The primary goal of the Advanced Control Systems Lab (ACSL) is to perform research on advanced topics in modern control theory, such as nonlinear robust control, optimal control theory, differential game theory, and nonlinear estimation. It facilitates the students in learning advanced process control applications such as distributed control system, having familiarity with the MATLAB software tool.

Laboratory Cost:-	1,66,637.00/-
Area:	127 square meter
Usages of lab:	IV ICE/INDUSTRIAL AUTOMATION LABORATORY

EMBEDDED SYSTEMS & VIRTUAL INSTRUMENTATIONLABORATORY

This laboratory was established in an idea to expose the students with practical knowledge. Matlab and LabVIEW software helps the student to simulate any kind of a real time program before testing it on hardware. The lab provides hands on experience to analyze and simulate the latest trends in the field of instrumentation.

Laboratory Cost:-	15,90,410.00/-
Area:	66 square meter
Usages of lab:	III ICE/INDUSTRIAL AUTOMATION LABORATORY

RESEARCH FACILITIES IN ICE DEPARTMENT

Laboratory Cost:-	2,52,000.00/-
Area:	55 square meter
Usages of lab:	III ICE/6th Semester

DEPARTMENT LIBRARY

The department library consists of 279 text books for all the subjects from first semester to eighth semester of instrumentation and control engineering curriculum. The department library has books like quantitive aptitude, verbal reasoning, etc for the students to develop their analytical skills.

Association

NEWSLETTER

• ICE NEWSLETTER

Value Added Courses

ACADEMIC YEAR 2022-2023

NAME OF THE PROGRAM:	VIC01- VALUE ADDED COURSE ON VIRTUAL INSTRUMENTATION
YEAR:	II,III & IV ICE
DATE:	13.02.23 to 17.02.23 20.02.23 to 24.02.23 27.02.23 to 3.03.23
TIMING:	15 days each day 2 hours 4:30 to 6:30
DURATION:	30 hours
RESOURCE PERSON:	Mr.D.Yuvaraj
Number of students enrolled in the year:	44
Number of Students completing the course in the year:	44

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ACADEMIC YEAR 2021-2022

NAME OF THE PROGRAM:	VIC05-VALUE ADDED COURSE ON MOBILE APP DEVELOPMENT- ANDROID
YEAR:	II,III & IV ICE
DATE:	25.04.22 to 30.04.22
TIMING:	6 days each day 5 hours
DURATION:	30 hours
RESOURCE PERSON:	Mrs.G.Sathya
Number of students enrolled in the year:	29
Number of Students completing the course in the year:	29

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ACADEMIC YEAR 2020-2021

NAME OF THE PROGRAM:	VIC01- VALUE ADDED COURSE ON VIRTUAL INSTRUMENTATION
YEAR:	II,III & IV ICE
DATE:	01.03.21 to 06.03.21
TIMING:	6 days each day 5 hours
DURATION:	30 hours
RESOURCE PERSON:	Mrs.R.Gokila
Number of students enrolled in the year:	28
Number of Students completing the course in the year:	28

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ACADEMIC YEAR 2019-2020

NAME OF THE PROGRAM:	VIC04- VALUE ADDED COURSE ON BASICS OF ARDUNIO
YEAR:	II,III & IV ICE
DATE:	3.02.20 to 07.02.20, 10.02.20 to 14.02.20, 17.02.20 to 21.02.20
TIMING:	15 days each day 2 hours 4:30 to 6:30
DURATION:	30 hours
RESOURCE PERSON:	Mrs.A.Manjula
Number of students enrolled in the year:	41
Number of Students completing the course in the year:	41

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ACADEMIC YEAR 2018-2019

NAME OF THE PROGRAM:	VIC02-VALUE ADDED COURSE ON EMBEDDED SYSTEMS
YEAR:	II & III ICE
DATE:	11.02.2019 to16.02.19
TIMING:	6 days each day 5 hours
DURATION:	30 hours
RESOURCE PERSON:	Mrs.S.Kanagavalli
Number of students enrolled in the year:	33
Number of Students completing the course in the year:	33

NAME OF THE PROGRAM:	VIC03-VALUE ADDED COURSE ON MATLAB PROGRAMMING
YEAR:	IV ICE
DATE:	11.02.2019 to16.02.19
TIMING:	6 days each day 5 hours
DURATION:	30 hours
RESOURCE PERSON:	Mr.D.Yuvaraj
Number of students enrolled in the year:	32
Number of Students completing the course in the year:	32

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PROJECT DEVELOPMENT USING DOMESTIC APPLICATION CIRCUITS: 16.03.2017 TO 17.03.2017

Name of Course:	Project Development Circuits Using Development Circuits
Name of Resource Person:	Mr.Vinith,Managing Director,Acetronz Automations
YEAR/SEM:	III/06,
Date:	16.03.2017 to 17.03.2017

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HANDS ON TRAINING PROGRAM: 19.09.16 – 21.09.16

Name of the Course:	Project Development using domestic applications Circuits
Resource Person :	Mr.Vinith ,Managing Director Acetronz Automation
Year/sem :	IV/07 Date : 19.9.16 to 21.09.16

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HANDS ON TRAINING WITH ROBOKITS: 22.09.16

Name of the Course:	Hands on Training with RoboKits
Name of Resource Person :	ICE Dept faculty members
Students :	11th ,12th Standard Students of ARC Matriculation Hr.Sec.School.
Date :	22.09.2016

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NATIONAL LEVEL WORKSHOP: 29.07.16

Name of the Course:	Real Time Interfacing and Tuning of Non-Linear Control System using LAB View and MATLAB Software
Name of Resource Person:	ICE Department faculty members
Students:	2nd Year, 3rd Year Students of Polytechnic
Date :	29.07.2016

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WORKSHOP ON ADVANCED INDUSTRIAL CONTROL SYSTEMS 11.12.15

Name of Course:	Advanced Industrial Control system
Name of Resource Person :	ICE Department faculty members
Students :	2nd Year,3rd Year Students of Polytechnic
Date :	11.12.2015

HANDS ON TRAINING PROGRAMME 05.08.15 &06.08.2015 MOBILE SERVICING

Name of Course:	Mobile servicing hands on Training
Name of Resource Person :	Mr.B.Krishna kumar, New Technologies
Year/Sem:	II,III,IV ICE/ 03,05,07

Course Outcomes

ACADEMIC YEAR 2022-2023

REGULATION 2017 & 2021

Regulation	Sem	Sub Code	Sub Name	Course Outcome No	Course Outcomes
2021	I	HS3151	Professional English - I	CO1	Understand and produce simple sentences related to everyday situations.
				CO2	Apply appropriate transitions in the oral and written presentation.
				CO3	Analyze grammatical and lexical elements in relation to sentence function and meaning.
				CO4	Evaluate independent learning strategies and study skills.
				CO5	Develop and create own ideas to enrich the communication skills.
		MA3151	Matrices and Calculus	CO1	Understanding the concept of limit, continuity and detrivatives of a function, Jacobian, Taylor’s series, Lagrange’s multipliers Definite and Indefinite integrals, Improper integrals, multiple integrals and System of simultaneous linear differential equations with constant coefficients
				CO2	Apply the rules to Solving the problems in differentiation ,finding Maxima and Minima of functions of one and two variables, calculate partial differentiation of implicit functions and applying integration techniques to evaluate the ordinary and multiple integrals and integration of irrational functions
				CO3	To Acquires skills to analyse Euler’s theorem, solving integrals using various techniques of integration, Determining convergence/divergence of improper integrals differential equations by method of variation of parameter, obtaining the solution to the undetermined coefficients
				CO4	Evaluation of simultaneous differential equations, Taylor’s series, maxima and minima, Ordinary and multiple integrals using polar co-ordinates
				CO5	To create and combining different techniques to obtain the solutions to the real life problems involved in differentiation, partial differential equations, integration, Taylor’s series
		PH3151	Engineering Physics	CO1	To understand the Stress-strain ,Oscillatory motion forced and damped oscillations thermal conduction, convection and radiation Black body radiation  Compton effect
				CO2	To apply the thermal insulation like heat exchangers, refrigerators, ovens and solar water heaters.
				CO3	To analyze the coordination number and packing factor for SC, BCC, FCC, HCP and diamond structures
				CO4	To evaluate the numerical aperture and acceptance angle
				CO5	To demonstrate the torsion pendulum cantilever uniform and non-uniform bending
2021	I	CY3151	Engineering Chemistry	CO1	Applying the advanced modern scientific and engineering techniques.
				CO2	Analyze of the structure and function of EDTA methods, ion exchange resin, Langmuir‘s adsorption isotherm in contact theory & kinetics of surface unimolecular reactions, enzyme catalysis, - thermal analysis and cooling curves of phase rules, manufacture of metallurgical coke, flue gas analysis of exhaust gases, controlled nuclear fission & nuclear fusion reactions.
				CO3	Evaluation of internal and external treatment process, adsorption of solute from solutions.
				CO4	Describing real life application of modern scientific tools for solving problems .
		GE3151	Problem Solving and Python Programming	CO1	Examine python syntax and semantics and be fluent in the use of python flow control and functions
				CO2	Demonstrate proficiency in handling Threads, File and Exceptions
				CO3	Analyze python program using core data structure like Lists, dictionaries and use regular Expressions.
				CO4	Interpret the concepts of GUI and WEB programming as used in Python.
				CO5	Implement exemplary application related to Database Programming with ORM in python.
		GE3171	Problem Solving and Python Programming Laboratory	CO1	Student should be able to understand the basic concepts scripting and the contributions of scripting language
				CO2	Examine the core data structures like lists, dictionaries, tuples and sets in Python to store, process and sort the data.
				CO3	Identify the external modules and import specific methods form them
				CO4	Demonstrate proficiency in handling Strings and File Systems.
				CO5	Ability to explore python especially the object oriented concepts, and the built in objects of Python
		BS3171	`Physics and Chemistry Laboratory	CO1	To understand and also remember the basic concepts of wastewater generation, collection system, wastewater quality and standards. Also demonstrate the experimental skills.
				CO2	To apply the basic principles for wastewater, conductometric, pH and potentiometric methods for the determination of the concentration .
				CO3	To analyses and interpret the data for quantitative estimation of the materials present in the given samples.
				CO4	Design and Interpret field data in case of actual field problems related to wastewater & contaminations sources and also prepare the suitable models of real life applications using RO, zeolite & removal of materials by adsorbent.
2021	II	GE3152	Heritage of Tamil	CO1	To know about the drawidian languages.
				CO2	To understand about the classical and modern literature.
				CO3	To know about the heritages of TamilNadu. To know about the modern arts and sculptures.
				CO4	To know about the cultural imparts of TamilNadu.
				CO5	To know about the Thinai concepts of Tamils. To know about the Trades and Victories of Cholas Kingdom.
		HS3251	Professional English - II	CO1	Able to understand the listening exercises to enhance practical knowledge in communicative English
				CO2	To apply and enrich knowledge in the literacy skills.
				CO3	Analyzing to communicate and write appropriately in varied formal and informal contexts.
				CO4	Ability to evaluate the issues and find the rudiments of the problem individually and as a group
				CO5	To design their abilities as creative thinkers, readers and writers
		MA3251	Statistics and Numerical Methods	CO1	Remembering the concept of Eigen values and Eigen vectors, Scalar potential, gradient, divergence, directional derivatives, curl , analytic functions Understanding the concept of Cayley-Hamilton Theorem, Angle between two surfaces, work done by force and independent of the path of the curve, Necessary and sufficient condition for analyticity and Cauchy’s integral theorem and formula and Transform of elementary, unit step and unit impulse function Laplace Transform and inverse transform of simple functions,
				CO2	Applying Cayley-Hamilton Theorem, transformations to diagonalize similar and symmetric matrices properties of Eigen values and Eigen vectors, canonical form for Quadratic form by orthogonal reduction, line, surface and volume integra,Solenoidal and irrottational vectors, Harmonic conjugates, bilinear transformations ,conformal mapping, and complex integration, real integral using residue theorem, transform of periodic function
				CO3	Analyze Orthogonal vectors, Nature of the Quadratic form, Green, Stokes and Gauss divergence theorems, Properties of analytic functions,
				CO4	Evaluation of circuit using atrices, curve length, Area and volume of irregular shapes using line, surface and volume integral , time average power flow density using Vectors graphical image of approximation with Taylor series, application of Laplace transform in cryptography , solution of linear second order differential equations with constant coefficients using real time applications
				CO5	Describing real life application of Eigen values and vectors in image processing, and cryptography vector concepts, image processing using bilinear transformations , distinguishing singularities and poles, Laplace transform and convolution theorem
2021	II	PH3255	Physics For Instrumentation Engineering	CO1	Remembering Carrier transport in Semiconductors: Drift, mobility and diffusion, optical absorption and emission, charge injection and recombination, optical absorption, loss and gain Understanding Classical free electron theory, Quantum free electron theory, Electron effective mass, concept of hole, Intrinsic Semiconductors – Energy band diagram, excitonic state, Electro-optics and nonlinear optics, Quantum confinement, Quantum structures, Single electron phenomena
				CO2	Applying Tunneling, degenerate states, exchange interaction and ferromagnetism, quantum wells, wires and dots, Zener-Bloch oscillations, Resonant tunneling, quantum interference effects, mesoscopic structures, Single electron Transistor. Semiconductor photonic structures, carbon nanotubes: Properties and applications.
				CO3	Analyze homogeneous and heterogeneous nucleation, Electron in periodic potential ,Energy bands in solids, tight binding approximation, Dia, para and ferromagnetic effects, direct and indirect band gap semiconductors, Classification of optical materials, Optical processes in semiconductors, Optical processes in quantum wells
				CO4	Evaluation Crystal structures: BCC, FCC and HCP – directions and planes - linear and planar densities, Expression for electrical conductivity,Thermal conductivity, expression, Fermi- Dirac statistics, Density of energy states , paramagnetism in the conduction electrons in metals, Carrier concentration in intrinsic semiconductors – extrinsic semiconductors - Carrier concentration in N-type & P-type semiconductors – Variation of carrier concentration with temperature, 1D, 2D and 3D photonic crystal.
				CO5	Design crystal imperfections- edge and screw dislocations – grain and twin boundaries - Burgers vector and elastic strain energy- Slip systems, plastic deformation of materials, nucleation and growth, quantum interference devices,GMR devices, Hall effect and devices ,Ohmic contacts Schottky diode, Optoelectronic devices light detectors and solar cells, light emitting diode, laser diode , optical processes n organic semiconductor devices, Modulators and switching devices – plasmonics
		BE3251	Basic civil and mechanical Engineering	CO1	Understanding profession of Civil and Mechanical engineering.
				CO2	Summarise the planning of building, infrastructure and working of Machineries.
				CO3	Apply the knowledge gained in respective discipline
				CO4	Illustrate the ideas of Civil and Mechanical Engineering applications.
				CO5	Appraise the material, Structures, machines and energy.
		GE3251	Engineering Graphics	CO1	Ability to understand the basics Projection of Points , Planes, Solids, Section of Solids , Isometric Projection and Development surfaces for simple solids.
				CO2	Ability to Apply the basics Projection of Points , Planes, Solids, Section of Solids , Isometric Projection and Development surfaces for simple solids.
				CO3	Able to analyze the basics Projection of Points , Planes, Solids, Section of Solids , Isometric Projection and Development surfaces for simple solids.
				CO4	Able to Explore Simple Solids generated by one modeling tool.
				CO5	Ability to design simple Solids generated by one modeling tool.
2021	II	GE3271	Engineering Practices Laboratory	CO1	Ability to apply basic machining operations, welding, plumbing, sheet metal operations in order to produce the desired work output.
				CO2	Ability to analyse outputs of machining operations like turning, facing, milling and plumbing works, sheet metal operations, soldering and home electrical works.
				CO3	Ability to conduct the experiments as individual or team by using CNC and CAD/CAM.
				CO4	Ability to make an effective report based on experiments
		EEE3271	Electrical circuit laboratory	CO1	Use simulation and experimental methods to verify the fundamental electrical laws for the given DC/AC circuit (Ex 1)
				CO2	Use simulation and experimental methods to verify the various electrical theorems (Superposition, Thevenin , Norton and maximum power transfer) for the given DC/AC circuit (Ex 2-5)
				CO3	Analyze transient behavior of the given RL/RC/RLC circuit using simulation and experimental methods (Ex 6)
				CO4	Analyze frequency response of the given series and parallel RLC circuit using simulation and experimentation methods (Ex 7-8)
		GE3272	COMMUNICATION LABORATORY	CO1	Speak effectively in group discussions held in a formal/semi formal contexts
				CO2	:Discuss, analyse and present concepts and problems from various perspectives to arrive at suitable solutions
				CO3	Write emails, letters and effective job applications
				CO4	Write critical reports to convey data and information with clarity and precision
				CO5	:Give appropriate instructions and recommendations for safe execution of tasks
		EE3251	ELECTRIC CIRCUIT ANALYSIS	CO1	Explain circuit’s behavior using circuit laws.
				CO2	Apply mesh analysis/ nodal analysis / network theorems to determine behavior of the given DC and AC circuit
				CO3	Compute the transient response of first order and second order systems to step and sinusoidal INPUT
				CO4	Compute power, line/ phase voltage and currents of the given three phase circuit
				CO5	Explain the frequency response of series and parallel RLC circuits AND magnetically coupled circuits
2021	II	GE3252	Tamils technology	CO1	To know about the technologies during the sangam age
				CO2	To know about the design and construction technology during he sangam age To know about the develpoment of at Tamilnadu during the British period
				CO3	To understand about the uses of the metals of Gold ,Copper,Gems during the sangam age To know the evidance described in silappathigaram
				CO4	To know about the Agriculture amd irrigation technology during the sangam age
				CO5	To know about th development of scientific Tamil &Tamil Computing
	III	MA3353	Transforms and differential equations	CO1	To acquaint the students with Differential Equations which are significantly used in engineering problems.
				CO2	Understand how to solve the given standard partial differential equations
				CO3	Solve differential equations using Fourier series analysis which plays a vital role in engineering applications.
				CO4	Appreciate the physical significance of Fourier series techniques in solving one and two dimensional heat flow problems and one dimensional wave equations.
				CO5	Understand the mathematical principles on transforms and partial differential equations would provide them the ability to formulate and solve some of the physical problems of engineering.
				CO6	Use the effective mathematical tools for the solutions of partial differential equations by using Z transform techniques for discrete time systems.
		EI3351	Analog Electronics	CO1	Ability Explain the operation and characteristics of PN junction diode, Zener diode, LED and Laser diode.
				CO2	Ability To Formulate the expression for voltage gain, current gain, input resistance and output resistance of a BJT CE and CC amplifier using h-parameter model
				CO3	Ability To Formulate the expression for voltage gain, input resistance and output resistance of FET amplifier under CS,CG and Source follower
				CO4	Ability To Explain the operation of cascade amplifier, differential amplifier, single tuned amplifier and power amplifiers
				CO5	Ability To Analyze the operation of negative feedback amplifiers and to design RC and LC tuned Oscillators for a given frequency range
2021	III	EI3352	Digital System Design and Applications	CO1	Ability to Convert various types of codes and number system & gate level implementation of Boolean functions.
				CO2	Ability to Apply K –Map for simplification and implementation of combinational logic circuit
				CO3	Ability to Design the synchronous Sequential logic circuits namely counters, registers etc,
				CO4	Ability to Analyze the asynchronous sequential circuits and explain the operation of memories and digital logic families
				CO5	Ability to Design the VHDL coding for combinational logic and Sequential circuits.
		EI3353	Transducers Engineering	CO1	Understand the working principles of various types of transducers
				CO2	Gain knowledge on the application areas of different sensors
				CO3	Select the right sensor/transducer for a given application
				CO4	Determine the static and dynamic characteristics of transducers using software packages
				CO5	Design simple signal conditioning circuits for the R,L and C type of sensors
		EI3354	Linear Integrated Circuits and Applications	CO1	Explain the IC fabrication process and discuss the fabrication of active and passive components.
				CO2	Compute the gain and output voltage of the given Op-Amp circuits.
				CO3	Explain the internal functional blocks and applications of ICs 555, 566, 565, and AD633
				CO4	Explain the operation of voltage regulator ICs namely LM78XX, LM79XX, LM317 and LM723.
				CO5	Explain the operation and design of various signal conditioning circuits.
		CS3353	C programming and data structures	CO1	Develop C programs for any real world/technical application.
				CO2	Apply advanced features of C in solving problems.
				CO3	Write functions to implement linear and non–linear data structure operations.
				CO4	Appropriately use sort and search algorithms for a given application.
				CO5	Apply appropriate hash functions that result in a collision free scenario for data storage and
2021	III	EI3361	Semiconductor devices and circuits laboratory	CO1	Determine the Breakdown voltage, forward and reverse resistance of PN junction diode and Zener diode and calculate the ripple factor of rectifier circuits with filter.
				CO2	Calculate the hybrid parameters of BJT under CE and CB configuration
				CO3	Obtain the frequency response of CE amplifier and CS amplifier
				CO4	Obtain the UJT and JFET parameters from the characteristics and also to calculate the gain of differential amplifier using JFET.
				CO5	Design the RC and LC tuned oscillators for a given oscillating frequency.
		CS3362	C programming and data structures laboratory	CO1	Use different constructs of C and develop applications
				CO2	Write functions to implement linear and non-linear data structure operations
				CO3	Suggest and use the appropriate linear / non-linear data structure operations for a given problem
				CO4	Apply appropriate hash functions that result in a collision free scenario for data storage and Retrieval
				CO5	CO5 Implement Sorting and searching algorithms for a given application
		GE3361	Professional development	CO1	Use MS Word to create quality documents, by structuring and organizing content for their day to day technical and academic requirements
				CO2	Use MS EXCEL to perform data operations and analytics, record, retrieve data as per requirements and visualize data for ease of understanding
				CO3	Use MS PowerPoint to create high quality academic presentations by including common tables, charts, graphs, interlinking other elements, and using media objects.
	IV	EI3451	Industrial Instrumentation	CO1	Understand Principles and working of Viscosity, Humidity, Moisture, temperature , pressure, flow and level measuring Instruments.
				CO2	Calibrate temperature, flow , level and Pressure measuring devices .
				CO3	Apply measurement of Viscosity, Humidity, Moisture, temperature , pressure, flow and level in Industrial Applications.
				CO4	Select and install Industrial instruments for various applications
				CO5	Understand various Electrical type Industrial Instruments
2021	IV	IC3451	Automatic control system	CO1	To represent and develop systems in different forms using the knowledge gained
				CO2	To analyses the system in time and frequency domain
				CO3	To discuss the effect of PID controller in closed loop systems
				CO4	To construct compensator for the linear systems in frequency domain.
				CO5	To analyses the stability of physical systems
				CO6	To acquire and analyses knowledge in State variable model for MIMO systems
		IC3401	Modern electronic instrumentation	CO1	To understand the principle behind measurement of Electrical/ mechanical quantities..
				CO2	To interpret the specifications of different ADCs/DACs/ Digital interfaces.
				CO3	To gain knowledge on different types of MEMS Sensors and their merits/ demerits.
				CO4	To learn the basics of wireless instrumentation.
				CO5	To analyze and design measurement system for simple applications.
				CO6	To develop simple measurement solutions for the measuring given physical quantity.
		GE3451	Environmental sciences and sustainability	CO1	To recognize and understand the functions of environment, ecosystems and biodiversity and their conservation.
				CO2	To identify the causes, effects of environmental pollution and natural disasters and contribute to the preventive measures in the society.
				CO3	To identify and apply the understanding of renewable and non-renewable resources and contribute to the sustainable measures to preserve them for future generations.
				CO4	To recognize the different goals of sustainable development and apply them for suitable technological advancement and societal development.
				CO5	To demonstrate the knowledge of sustainability practices and identify green materials,energy cycles and the role of sustainable urbanization.
		IC3402	Emedded systems and IoT	CO1	Understand the concept of embedded system and its architectural features
				CO2	Develop embedded software using Embedded C and Python.
				CO3	Integrate/Interface real world field devices with microcontrollers.
				CO4	Utilize the power of RTOS for embedded applications.
				CO5	Acquire real world signals and perform remote process monitoring utilizing the concept of IoT.
				CO6	Design and implement IoT enabled embedded control strategy for a given application.
2021	IV	IC3452	Electrical machines and drives	CO1	Ability to understand the terms associated with electrical machines
				CO2	Ability to understand basic concepts and working principle of electrical machines
				CO3	Ability to understand the performance characteristics of machines
				CO4	Ability to identify suitable machines for carrying out interdisciplinary projects.
				CO5	Ability to understand the motor operating principle and characteristics of motor
				CO6	CO6 Ability to understand the motor operating principle and characteristics of transformer
		EI3461	Digital and linear integrated circuits laboratory	CO1	Design and implement the given Boolean function using logic gates.
				CO2	Design and verify the truth table of combinational logic circuits (code converters, encoders, decoders, multiplexer and demultiplexer).
				CO3	Design and implement the Counters and Shift registers.
				CO4	Design and testing of Op-Amp circuits and to simulatethe op-amp application circuit using simulation tools.
				CO5	Design and testing of as table and monostablecircuits using Timer IC NE/SE 555.
				CO6	Design and testing of variable voltage regulator using IC LM317/LM723.
		EI3461	Sensors and Signals conditioning circuits laboratory	CO1	Ability to perform error analysis and uncertainty analysis.
				CO2	Ability to evaluate the static and dynamic characteristics of measuring instruments.
				CO3	Ability to design and construct measurement systems using different types of resistancapacitance and inductance transducers.
				CO4	Ability to apply special transducers for measurement applications.
				CO5	Ability to interface and analyze different signal conditioning units.
				CO6	Ability to present the results in oral form as well as in written form as a report and graph.
2017	V	EI8551	Analytical Instruments(AI)	CO1	Ability to understand the fundamental principles of selective analytical instruments used in medical diagnosis, quality assurance & control and research studies.
				CO2	Ability to assess and suggest a suitable analytical method for a specific purpose, and evaluate sensitivity, important sources of interferences and errors, and also suggest alternative analytical methods for quality assurance
				CO3	Ability to critically evaluate the strengths and limitations of the various instrumental methods.
				CO4	Ability to develop critical thinking for interpreting analytical data.
				CO5	Ability to understand the working principle, types and applications of NMR and Mass spectroscopy
2017	V	EI8552	Industrial Instrumentation - II(II-2)	CO1	Gain knowledge various techniques and methods available for the measurement of flow
				CO2	Design an appropriate fiber sensor for various process parameter measurement.
				CO3	Design the laser Q factor to achieve a high power laser.
				CO4	Gain knowledge about the applications of lasers in material processing and in measurement of various industrial parameters.
				CO5	Gain knowledge about the holographic applications in Industries and about various medical applications of lasers.
				CO6	Apply the knowledge of fiber technology and laser technology for measurement and medical applications.
		EI8553	Process Control(PC)	CO1	Ability to understand technical terms and nomenclature associated with Process control domain.
				CO2	Ability to build models using first principles approach as well as analyze models.
				CO3	Ability to Design, tune and implement PID Controllers to achieve desired performance for various processes
				CO4	Ability to Analyze Systems and design & implement control Schemes for various Processes.
				CO5	Ability to Identify, formulate and solve problems in the Process Control Domain.
		EE8551	Microprocessors and Microcontrollers(MP&MC)	CO1	Apply memory mapping and draw timing diagram for any instruction in 8085.
				CO2	Write any programs for different applications using 8085.
				CO3	Write any programs for different applications using 8051.
				CO4	Select peripherals for a particular application and interface them with 8085 and 8051.
				CO5	Apply their programming knowledge for real time applications like stepper motor, servo motor ,Automation etc.,
		EI8093	Unit Operation and Control(UOC)	CO1	Study the unit operations involved for transportation, mixing and separation of solids.
				CO2	Study the unit operations involved for transportation, mixing and separation of fluids
				CO3	Understand the basic operations involved with heat exchangers, Distillation and chemical reactions
				CO4	Gain knowledge about the operations of evaporators and crystallizers, drying and cooling towers
				CO5	Gain knowledge on the operation of dryers, distillation column, refrigerators and chemical reactors.
				CO6	Apply concept of unit operations to Thermal Power plant, Steel Industry, Paper and Pulp Industry, Leather Industry
2017	V	OCE551	Air Pollution and Control Engineering(AP & CE)	CO1	Outline the basic concepts of air quality management
				CO2	Examine the characteristics of air pollutants and their effects
				CO3	Identify, formulate and solve meteorological effects
				CO4	ability to design stacks and particulate air pollution control devices to meet applicable standards. ability to design stacks and particulate air pollution control devices to meet applicable standards
				CO5	Ability to select control equipment
				CO6	Ability to ensure quality, control and preventive measures.
		EI8561	Industrial Instrumentation Laboratory(II LAB)	CO1	Ability to experimentally measure industrial process parameters such as flow, level, temperature, pressure and viscosity.
				CO2	Ability to measure and analyze pH, conductivity, UV absorbance and transmittance.
				CO3	Ability to measure and analyze physiological parameters such as BP, ECG and pulse rate.
		EE8681	Microprocessors and Microcontrollers Laboratory(MP &MC LAB)	CO1	Ability to understand and apply computing platform and software for engineering problems
				CO2	Ability to programming logics for code conversion
				CO3	Ability to acquire knowledge on A/D and D/A
				CO4	Ability to understand basics of parallel and serial communication
				CO5	Ability to understand and impart knowledge in DC and AC motor interfacing
				CO6	Ability to understand basics of software simulators
	VI	IC8651	Advanced Control System (ACS)	CO1	Construct the model of linear and non linear systems using state variable analysis
				CO2	Design and compute the state feedback control and state observer
				CO3	Examine sample data analysis
				CO4	Analyze the stability of the systems using different techniques.
				CO5	Construct phase trajectories for non- linear systems using the phase plane analysis and describing function analysis.
				CO6	Discuss the design of optimal controller.
2017	VI	EI8651	Logic & Distributed Control System (L&DCS)	CO1	Know about the Programmable Logic Controller (PLC) and
				CO2	SCADA
				CO3	Explain about the basics of ladder logic programming
				CO4	Explain about the PLC programming using other languages
				CO5	Identify the architecture and local control unit of
				CO6	Distributed Control System (DCS).
		CS8391	Data Structures (DS)	CO1	Gives the basic knowledge in the interfaces used in DCS.
				CO2	Know about the importance and applications of PLC and DCS
				CO3	used in automation industries.
				CO4	Implement graph data structures and its traversals
				CO5	Discuss the topological sort, graph connectivity and applications of graphs
				CO6	Implement Sorting and Searching algorithms, Hash Function and Open addressing
		EI8092	Thermal Power Plant Instrumentation (TPP)	CO1	Describe an overview on power generation through various methods.
				CO2	Identify various measurements and controls used in power plant.
				CO3	Understand basic furnace control techniques
				CO4	Know basic boiler control techniques.
				CO5	Discriminate advanced boiler control techniques.
				CO6	Summarize the turbine control techniques.
		EI8072	Advanced Instrumentation Systems (AIS)	CO1	Understand the instrumentation behind flow, level, temperature and pressure measurement
				CO2	Acquire basic knowledge on the various types of analyzers used in typical industries.
				CO3	Understand the role of Safety instrumented system in the industry.
				CO4	Explain Standards for applying Instrumentation in Hazards Locations.
				CO5	Design, develop, and interpret the documents used to define instruments and control Systems for a typical project, including P&IDs, loop diagrams, specification forms, Instrument lists, logic diagrams, installation details, and location plans
		CS8381	Data Structures Laboratory (DS LAB)	CO1	Implement the linear data structures like list and stack using arrays and linked list Implement the linear data structures like list and stack using arrays and linked list
				CO2	Implement the applications of linear data structures
				CO3	Implement the non-linear data structures tree and its traversals and applications
				CO4	Implement the non-linear data structures graph and its traversals
				CO5	Implement Sorting and Searching algorithms
				CO6	Implement various Hash Functions
2017	VI	EI8661	Process Control Laboratory	CO1	Simulate lumped / distributed parameter system and identify the model using non parametric identification methods.
				CO2	Analyze process control engineering problems and control valve characteristics.
				CO3	Apply the tuning techniques on PID controllers for solving various practical problems and to face implementation issues.
				CO4	Experiment and control of closed loop AC and DC drives.
				CO5	Experimentally verify the process control concepts on the selected process control loops like level, pressure, temperature and flow.
				CO6	Apply the complex control techniques like cascade, feed forward on three tank and four tank system and model predictive control schemes.
		HS8581	Professional Communication	CO1	To enhance the learners speaking skill through various activities like group discussion, telephonic conversation, presentation skill etc.,
				CO2	To develop listening and speaking skills through communicative functions
				CO3	Enhance the Employability and Career Skills of student
				CO4	Orient the students towards grooming as a professional
				CO5	Make them Employability Graduates
				CO6	Develop their confidence and help them attend interviews successfully
2017	VII	EI8751	Industrial Data Networks	CO1	Infer knowledge on the basic concepts of data networks.
				CO2	Define the basics concepts of internetworking and serial communications.
				CO3	Describe the uses of HART and Field buses in process industries.
				CO4	Recognize the importance of MODBUS, PROFIBUS and other communication protocol.
				CO5	Identify the importance and applications of foundation fieldbus
				CO6	Exhibit the concept of industrial Ethernet and wireless communication techniques.
		EI8091	Instrumentation in Petrochemical industries	CO1	introduce the students the method of oil recovery
				CO2	make the students understand the process behavior of some of the important unit operations in petrochemical industry through mathematical model
				CO3	familirize the students to apply knowledge to select the appropriate control strategy for the selective process
				CO4	provide information about the most important derivatives obtained from petroleum products
				CO5	help the students in understanding selection and maintenance of instruments in petrochemical industry
2017	VII	EC8093	Digital Image Processing	CO1	know and understand the basics and fundamentals of digital image processing, such as digitization, sampling, quantization, and 2D-transforms.
				CO2	Operate on images using the techniques of smoothing, sharpening and enhancement.
				CO3	Understand the restoration concepts and filtering techniques.
				CO4	Learn the basics of segmentation, features extraction.
				CO5	Become familiar with image compression and recognition methods for color models.
		GE8071	Disaster Management	CO1	Students will be able to differentiate the types of disasters, causes and their impact on environment and society.
				CO2	Students will be able to assess various methods of risk reduction measures
				CO3	Students will be able to draw the hazard and vulnerability profile of India, Scenarious in the Indian context.
				CO4	Students will be able to understand and apply government act and information technology during disaster.
				CO5	Students will be able to do disaster damage assessment and management.
		GE8077	Total Quality Management	CO1	Ability to apply TQM concepts in a selected enterprise.
				CO2	Ability to apply TQM principles in a selected enterprise.
				CO3	Ability to understand Six Sigma and apply Traditional tools, New tools, Benchmarking and FMEA.
				CO4	Ability to understand Taguchi's Quality Loss Function, Performance ,Measures and apply QFD, TPM, COQ and BPR.
				CO5	Ability to apply QMS and EMS in any organization.
		OBT751	Analytical Methods and Instrumentation	CO1	Ability to understand the fundamental principles of selective analytical instruments used in medical diagnosis, quality assurance & control and research studies.
				CO2	Ability to assess and suggest a suitable analytical method for a specific purpose, and evaluate sensitivity, important sources of interferences and errors, and also suggest alternative analytical methods for quality assurance
				CO3	Ability to critically evaluate the strengths and limitations of the various instrumental methods.
				CO4	Ability to develop critical thinking for interpreting analytical data.
				CO5	Ability to understand the working principle, types and applications of NMR and Mass spectroscopy
2017	VII	EI8761	Industrial Automation Laboratory	CO1	understand and Programming of PLC, SCADA and DCS
				CO2	To working with industrial automation system
				CO3	To design and implement control schemes in PLC & DCS
				CO4	To interface field devices with PLC & DCS
				CO5	To implement the model based control schemes.
		EI8762	Instrumentation System Design Laboratory	CO1	Design Instrumentation Amplifier practically for sensor output signal amplification.
				CO2	Design active Low pass and High pass filters for filtering the unwanted signals.
				CO3	Develop various signal conditioning circuit, measure the parameters and comment on the linearity.
				CO4	Design Linearization and compensation for Thermocouple output.
				CO5	Design different flow measurement devices.
				CO6	Draw the piping and Instrumentation diagram for various process and prepare project documentation.
	VIII	EI8078	Project Management and Finace	CO1	To understand what are the objectives of project management.
				CO2	To outline the principles followed it carrying out a project.
				CO3	To demonstrate knowledge and understanding of engineering and management principles
				CO4	To function effectively as an individual, and as a member or leader in diverse teams.
				CO5	To understand the concepts of finance and accounts carried out in project management.
		GE8076	Professional Ethicks in Engineering	CO1	Students will be able to apply the principles of human values and ethics.
				CO2	Students will be able to apply the concepts of Professional ideals and virtues.
				CO3	Students will be able to apply the code of ethics.
				CO4	Students will be able to evaluate the consequences of safety and risk.
				CO5	Students will be able to differentiate the responsibility and rights of Engineering professionals.
2017	VIII	IC8811	Project Work	CO1	Experiment a specific problem right from its identification, formulation and obtaining successful solution for the same using various engineering techniques.
				CO2	Choose any challenging practical problems and find solution by formulating proper methodology.
				CO3	Prepare project reports and to face reviews and viva voce examination.
				CO4	Integrate and work in a team.
				CO5	Summarize the project and prepare the publication of papers and journals to expose to the technical world.