Engineering Simulation Studio :.
Garbie Chukulu Jarso — PhD Candidate in Automotive Engineering | Mechanical Engineering Lecturer &
Addis Ababa,
Ethiopia
Global rank:
6,023
/
153,931
Skill pts: 10
About
1. Computational Electromagnetics
Skills: FEM, FDTD, MoM, FIT; Maxwell’s equations; wave propagation, scattering, radiation, antennas, microwave/photonics; boundary conditions, PML, mesh convergence, numerical stability; HPC/parallel computing; MATLAB, Python, C++; COMSOL, HFSS, CST, FEKO, openEMS, Meep.
Deliverables: EM simulation models; field distribution maps; S-parameters, radiation patterns, SAR/EMC data; mesh convergence and validation reports; optimized geometry; solver scripts; technical reports/publications.
2. Electromagnetic Engineering
Skills: Electromagnetic theory; RF/microwave circuits; antennas and transmission lines; EMC/EMI; shielding, grounding, filtering; magnetics, sensors, actuators; power electronics; PCB layout; VNA, spectrum analyzer, near-field probes.
Deliverables: Antenna/RF designs; EMI/EMC test plans and reports; shielding-effectiveness analysis; PCB layout guidelines; compliance documentation; measurement datasets; design specifications.
3. Automotive Powertrain Design
Skills: ICE, EV, and hybrid powertrains; transmissions, gearboxes, driveline, clutch, differential; torque/power matching; thermal and NVH analysis; materials and manufacturing; CAD/CAE; GT-Suite, AVL, AMESim, MATLAB/Simulink.
Deliverables: Powertrain architecture; component sizing and gear ratios; CAD models; simulation models; performance maps; thermal/NVH assessments; BOM; validation test plan; design report.
4. Performance Analysis of Internal Combustion Engine Vehicle
Skills: Engine thermodynamics and combustion; air/fuel management; turbocharging; emissions; vehicle road load; drive cycles; fuel economy; GT-Power, AVL BOOST, Ricardo WAVE, MATLAB/Simulink; chassis dyno and OBD data.
Deliverables: Engine performance curves; BSFC maps; acceleration, top speed, and gradeability studies; fuel consumption and emissions reports; drive-cycle simulations; powertrain matching; calibration recommendations; test reports.
5. Vehicle Body Design
Skills: Body-in-white and structural design; crashworthiness; steel, aluminum, and composite materials; CAD/CAE; CATIA, SolidWorks, HyperMesh, ANSYS, LS-DYNA, Abaqus; aerodynamics; ergonomics; DFM/DFA.
Deliverables: Body CAD models; BIW structures; crash simulations; stiffness and modal analyses; weight-reduction studies; aerodynamic assessments; engineering drawings; BOM; design validation and prototype support.
6. Computational Fluid Dynamics
Skills: Navier–Stokes equations; turbulence modeling (k-ε, k-ω SST, LES); heat transfer; multiphase flow; combustion; mesh generation; boundary conditions; solver setup; validation; HPC; Fluent, STAR-CCM+, OpenFOAM, COMSOL.
Deliverables: CFD models; mesh-independence studies; flow and thermal field plots; drag/lift data; pressure-drop analysis; heat-transfer coefficients; combustion/emissions predictions; optimization studies; simulation reports.
7. Mathematical Modeling and Vibrational Analysis of Multibody Dynamics
Skills: Multibody dynamics; Lagrange and Newton–Euler methods; state-space modeling; modal analysis; FFT; damping and vibration isolation; rigid/flexible bodies; contact dynamics; MATLAB/Simulink, ADAMS, Simscape, LMS, ANSYS.
Deliverables: Mathematical models; equations of motion; simulation models; natural frequencies and mode shapes; time/frequency response data; vibration-isolation designs; NVH assessments; test-correlated validation reports.
8. Automobile Engineering
Skills: Vehicle systems integration; chassis, suspension, steering, braking, transmission, electrical, HVAC; vehicle dynamics; safety; CAD/CAE; testing; standards and regulations; manufacturing.
Deliverables: Subsystem designs; vehicle integration studies; performance and safety analyses; CAD/CAE models; test plans and reports; compliance documentation; BOM; technical manuals.
9. Automobile Design
Skills: Styling and ergonomics; packaging; CAD surfacing and Class A modeling; DFM/DFA; materials selection; safety; aerodynamics; human factors; regulations; prototyping.
Deliverables: Concept sketches; 3D CAD models; renderings; packaging layouts; ergonomic studies; body/interior designs; prototypes; design specifications; engineering drawings.
10. Multibody System Dynamics
Skills: Kinematics and dynamics of rigid/flexible multibody systems; constraints and joints; contact modeling; equations of motion; numerical integration; stability analysis; ADAMS, Simscape, RecurDyn, MATLAB, Python.
Deliverables: Multibody models; equations of motion; motion trajectories; joint forces and reaction loads; dynamic response predictions; optimization studies; validation against test data; simulation reports.
11. Automotive Systems Engineering
Skills: Requirements engineering; system architecture; V-model; MBSE/SysML; ISO 26262 functional safety; reliability; integration; verification and validation; project management; PLM; CAN/LIN/AUTOSAR.
Deliverables: Requirements specifications; system architectures; interface control documents; FMEA; test plans; validation reports
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Skills: FEM, FDTD, MoM, FIT; Maxwell’s equations; wave propagation, scattering, radiation, antennas, microwave/photonics; boundary conditions, PML, mesh convergence, numerical stability; HPC/parallel computing; MATLAB, Python, C++; COMSOL, HFSS, CST, FEKO, openEMS, Meep.
Deliverables: EM simulation models; field distribution maps; S-parameters, radiation patterns, SAR/EMC data; mesh convergence and validation reports; optimized geometry; solver scripts; technical reports/publications.
2. Electromagnetic Engineering
Skills: Electromagnetic theory; RF/microwave circuits; antennas and transmission lines; EMC/EMI; shielding, grounding, filtering; magnetics, sensors, actuators; power electronics; PCB layout; VNA, spectrum analyzer, near-field probes.
Deliverables: Antenna/RF designs; EMI/EMC test plans and reports; shielding-effectiveness analysis; PCB layout guidelines; compliance documentation; measurement datasets; design specifications.
3. Automotive Powertrain Design
Skills: ICE, EV, and hybrid powertrains; transmissions, gearboxes, driveline, clutch, differential; torque/power matching; thermal and NVH analysis; materials and manufacturing; CAD/CAE; GT-Suite, AVL, AMESim, MATLAB/Simulink.
Deliverables: Powertrain architecture; component sizing and gear ratios; CAD models; simulation models; performance maps; thermal/NVH assessments; BOM; validation test plan; design report.
4. Performance Analysis of Internal Combustion Engine Vehicle
Skills: Engine thermodynamics and combustion; air/fuel management; turbocharging; emissions; vehicle road load; drive cycles; fuel economy; GT-Power, AVL BOOST, Ricardo WAVE, MATLAB/Simulink; chassis dyno and OBD data.
Deliverables: Engine performance curves; BSFC maps; acceleration, top speed, and gradeability studies; fuel consumption and emissions reports; drive-cycle simulations; powertrain matching; calibration recommendations; test reports.
5. Vehicle Body Design
Skills: Body-in-white and structural design; crashworthiness; steel, aluminum, and composite materials; CAD/CAE; CATIA, SolidWorks, HyperMesh, ANSYS, LS-DYNA, Abaqus; aerodynamics; ergonomics; DFM/DFA.
Deliverables: Body CAD models; BIW structures; crash simulations; stiffness and modal analyses; weight-reduction studies; aerodynamic assessments; engineering drawings; BOM; design validation and prototype support.
6. Computational Fluid Dynamics
Skills: Navier–Stokes equations; turbulence modeling (k-ε, k-ω SST, LES); heat transfer; multiphase flow; combustion; mesh generation; boundary conditions; solver setup; validation; HPC; Fluent, STAR-CCM+, OpenFOAM, COMSOL.
Deliverables: CFD models; mesh-independence studies; flow and thermal field plots; drag/lift data; pressure-drop analysis; heat-transfer coefficients; combustion/emissions predictions; optimization studies; simulation reports.
7. Mathematical Modeling and Vibrational Analysis of Multibody Dynamics
Skills: Multibody dynamics; Lagrange and Newton–Euler methods; state-space modeling; modal analysis; FFT; damping and vibration isolation; rigid/flexible bodies; contact dynamics; MATLAB/Simulink, ADAMS, Simscape, LMS, ANSYS.
Deliverables: Mathematical models; equations of motion; simulation models; natural frequencies and mode shapes; time/frequency response data; vibration-isolation designs; NVH assessments; test-correlated validation reports.
8. Automobile Engineering
Skills: Vehicle systems integration; chassis, suspension, steering, braking, transmission, electrical, HVAC; vehicle dynamics; safety; CAD/CAE; testing; standards and regulations; manufacturing.
Deliverables: Subsystem designs; vehicle integration studies; performance and safety analyses; CAD/CAE models; test plans and reports; compliance documentation; BOM; technical manuals.
9. Automobile Design
Skills: Styling and ergonomics; packaging; CAD surfacing and Class A modeling; DFM/DFA; materials selection; safety; aerodynamics; human factors; regulations; prototyping.
Deliverables: Concept sketches; 3D CAD models; renderings; packaging layouts; ergonomic studies; body/interior designs; prototypes; design specifications; engineering drawings.
10. Multibody System Dynamics
Skills: Kinematics and dynamics of rigid/flexible multibody systems; constraints and joints; contact modeling; equations of motion; numerical integration; stability analysis; ADAMS, Simscape, RecurDyn, MATLAB, Python.
Deliverables: Multibody models; equations of motion; motion trajectories; joint forces and reaction loads; dynamic response predictions; optimization studies; validation against test data; simulation reports.
11. Automotive Systems Engineering
Skills: Requirements engineering; system architecture; V-model; MBSE/SysML; ISO 26262 functional safety; reliability; integration; verification and validation; project management; PLM; CAN/LIN/AUTOSAR.
Deliverables: Requirements specifications; system architectures; interface control documents; FMEA; test plans; validation reports
Design Entries
Experience
-
Lecturer /Researcher/PhD Student
Wolkite University · Full-time
Jan 2017 –
Present
9 yrs 9 mos
Welkite, Ethiopia
Professional Experience
Head of Mechanical Engineering Department
Wolkite University | Wolkite, Ethiopia | 2010–2011 E.C. (2 years)
Provided strategic leadership and management for the Mechanical Engineering Department.
Spearheaded curriculum development and implementation to meet academic standards and industry needs.
Oversaw quality assurance processes to enhance educational outcomes and departmental performance.
Supervised graduate students and mentored faculty, fostering a collaborative academic and research environment.
Managed departmental resources, reporting, and accreditation-related activities.
Key deliverables: Curriculum documents, quality assurance reports, departmental strategic plans, graduate supervision records, faculty mentorship plans.
Lecturer
Wolkite University | Wolkite, Ethiopia | 2007–2017 E.C. (6 years)
Delivered high-quality undergraduate instruction in:
Automation Transmission & Diesel Engine Electronic Management Systems
Engineering Mechanics II (Dynamics) & Mechanical Vibration
Introduction to Finite Element Method (FEM) with ANSYS
Strength of Materials
Engineering Drawing
Machine Drawing I/II with CAD (CATIA)
Developed and integrated hands-on simulation labs and projects using ANSYS, CFD, and CAD software.
Supervised student projects and provided academic advising.
Served on the University Technique Committee, contributing to institutional technical policies.
Key deliverables: Course materials, lab manuals, CAD models, simulation reports, assessment rubrics, student project supervision.
Education
- Adama Science and Technology University (ASTU), Ethiopia PhD Candidate, Automotive Engineering, " 2020 – 2027 (expected) Activities and Societies: Professional Service and Peer Review Verified Reviewer, Scopus and Web of Science Journals (2024–2025) IEEE Transactions on Intelligent Vehicles (IEEE) IEEE Transactions on Transportation Electrification (IEEE) Results in Engineering (Elsevier) SAE International Journal of Materials and Manufacturing (SAE) SAE International Journal of Passenger Vehicle Systems (SAE) SAE International Journal of Vehicle Dynamics, Stability, and NVH (SAE) Completed 26 peer reviews for Results in Engineering (Elsevier) between 2024 and 2025. Certificate of Recognition for contribution as reviewer of community service proposals, Wolkite University, Engineering and Technology College (2018/19). Academic Leadership and Committee Service Head of Mechanical Engineering Department, Wolkite University (2010–2011 E.C.) Led curriculum development, quality assurance, and departmental management. Supervised graduate students and mentored faculty. Member, University Technique Committee, Wolkite University Contributed to institutional technical policies and decisions. Volunteer Academic and Technical Contributions Volunteer Academic & Technical Assistant, Adama Science and Technology University (2015–2017) Guided MSc students in ANSYS (FEM) and CFD modeling. Taught Machine Drawing I & II with CAD (CATIA) to second-year Mechanical Engineering students. Developed hands-on exercises and troubleshooting support for simulation setups. Research Projects and Technical Activities Wind Turbine Integrated Boat – Led design and multidisciplinary analysis (CFD/FEA) of a sustainable boat powered by an on-board wind turbine. Hybrid Composite Wind Turbine Blade Research (Jimma University) – Conducted FEA research to optimize Bamboo/E-Glass fiber ratio for wind turbine blades. Graduation Ceremony Shelter Design (Wolkite University) – Designed and modeled a large-scale permanent shelter from concept to construction-ready 3D models. Volvo Sedan Aerodynamic Analysis (Wolkite University) – Performed full CFD analysis of a Volvo S60 sedan to evaluate drag/lift coefficients and flow separation. Certificates and Training Certificate of Participation – Computational Fluid Dynamics and Finite Element Analysis Training, Wolkite University with Adhi College of Engineering and Technology, India (Jan–Feb 2018). Certificate of ELIC (English Language Improvement Center) Training, June 14, 2019. Certificate of Participation – Concept of Corruption, Ethics, and Criminal Law, Adama Science and Technology University. Hobbies and Interests Visiting historical places Watching technological documentaries Browsing the internet Reading scientific publications Dedicated PhD Candidate in Automotive Engineering at Adama Science and Technology University (ASTU) with an MSc in Automotive Engineering and BSc in Mechanical Engineering. Offers over 6 years of university lecturing experience at Wolkite University, including 2 years as Head of the Mechanical Engineering Department, with proven leadership in curriculum development, quality assurance, graduate supervision, and faculty mentorship. Active researcher with publications in IEEE, Elsevier, and SAE journals and a verified reviewer for multiple Scopus/Web of Science journals. Skilled in advanced engineering simulation (ANSYS, CFD, FEA), CAD modeling (CATIA, SolidWorks), and programming (Python, Java, C++). Experienced in sustainable energy, vehicle design, aerodynamic analysis, and multidisciplinary engineering projects. Seeking to contribute to innovative teaching, collaborative research, and academic leadership in automotive and mechanical engineering.
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Joined: May 12, 2026
Last seen: September 28, 2026
Languages
English Full professional proficiency
Location
Addis Ababa, Ethiopia